Overunity generated in transformer by BEMF.
This video demonstrates Over Unity with a normal transformer powered by BEMF. A "Bi-Toroid Transformer" would lower the input to the primary, with a double secondary generating over twice the output in total from the BEMF from an oscillating relay like the one shown in this video by Marc Belanger:
https://www.youtube.com/watch?v=uIk_24tOAf4
I believe the "Quick and Dirty" power supply you see in this video below by Austin Reed would power the synchronous "Bi-Toroid Transformer", and light two bulbs for less then half of what it would cost to do it from the wall socket. He has the microwave capacitor hooked up to a dimmer switch in series with two raw wires running directly from a 120 A.C. volt wall socket. The two wires that go to the ignition coil in the video would connect to the two electrodes of the Bi-Toroid A.C. primary.
All the coils and stators from the A.C. synchronous motor are designed to operate with 120 volt 60 Hertz sine wave current. That's why Austin Reed's power supply is ideal. The addition of the "Light Dimmer" adds a cheap but effective regulator to the transformer.
https://www.youtube.com/watch?v=BE3XOIgZ8YY
This video demonstrates Over Unity with a normal transformer powered by BEMF. A "Bi-Toroid Transformer" would lower the input to the primary, with a double secondary generating over twice the output in total from the BEMF from an oscillating relay like the one shown in this video by Marc Belanger:
https://www.youtube.com/watch?v=uIk_24tOAf4
I believe the "Quick and Dirty" power supply you see in this video below by Austin Reed would power the synchronous "Bi-Toroid Transformer", and light two bulbs for less then half of what it would cost to do it from the wall socket. He has the microwave capacitor hooked up to a dimmer switch in series with two raw wires running directly from a 120 A.C. volt wall socket. The two wires that go to the ignition coil in the video would connect to the two electrodes of the Bi-Toroid A.C. primary.
All the coils and stators from the A.C. synchronous motor are designed to operate with 120 volt 60 Hertz sine wave current. That's why Austin Reed's power supply is ideal. The addition of the "Light Dimmer" adds a cheap but effective regulator to the transformer.
https://www.youtube.com/watch?v=BE3XOIgZ8YY
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